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Data Translation Modules

The table below summarizes the Data Translation line of USB A/D modules. Click on the model number to view detailed specifications - some models have several optional configurations.

Model Key Features Typical Application
DT-9805 16 channels, 50kHz sampling aggregate*, 16 bit, high gain (20mV), screw terminal inputs Weak signal measurements
DT-9816 6 channels, 50/150/750kHz sampling, 16 bit, screw terminal inputs General purpose
DT-9824 4 channels, 4.8kHz sampling, 16 bit, screw terminal inputs High accurate, stable low frequency measurements such as seismic testing
DT-9826 16 channels + tachometer channel, 41kHz sampling, 24 bit, rugged steel case with BNC jacks High channel count, acoustic, vibration or electrical measurements
DT-9832 4 channels at 1.25 MHz or 2 channels at 2.0 MHz.  16 bits, rugged steel case with BNC jacks High frequency measurements, I/Q radar outputs
DT-9834 4/8/16 or 32 channels, 500kHz sampling rate aggregate*, 16 bit, rugged steel case with BNC jacks High channel count vibration and acoustic tests
DT-9836 6 or 12 channels at 225kHz. 16 bit, rugged steel case with BNC jacks General purpose, underwater acoustics
DT-9837 4 channels + tachometer channel at 52.7kHz or 105kHz, 24 bit, IEPE power (constant current), rugged steel case with BNC jacks Acoustic or Vibration measurements.  Impact testing or order analysis.
DT-9847 2 or 3 input channels at 216 kHz, 24 bit, IEPE power (constant current) rugged steel case with BNC jacks High performance vibration, acoustical or electrical measurements
DT-9857 8 or 16 input channels - tachometer channel at up to 105 kHz, 24 bit, IEPE power (constant current) rugged steel case with BNC jacks High performance vibration, acoustic or electrical measurements.  Impact testing or order analysis.
DT-9862 1 or 2 channels at 10 MHz, 16 bits, rugged steel case with SMA jacks High frequency measurements, I/Q radar outputs

* Aggregate = total sampling rate for all enabled channels.  Sampling rate listed for all other models is "per channel".